| Name | Title | Contact Details |
|---|
Abila is the leading provider of software and services to nonprofits, associations and governmental entities that help them improve decision-making, execute with greater precision, increase engagement, and generate more revenue. With Abila solutions, association and nonprofit professionals can use data and personal insight to make better financial and strategic decisions, enhance member and donor engagement and value, operate more efficiently and effectively, and increase revenue to better activate their mission. Abila combines decades of industry insight with technology know-how to serve more than 8,000 customers across North America.
SnapNurse allows nurses to work where they want, when they want, and have the option to get paid at the end of their shift. Facilities can use our "self-serve" option to book fully credentialed and oriented (optional) nurses to fill empty shifts at their facilities. Nurses can accept shifts from a variety of locations, primarily in the Atlanta, San Jose (CA), and Los Angeles areas for PRN/Per Diem shifts, or can work anywhere in the US if they are looking for long term 13 week travel jobs. This is not a job board, but allows Facilities to send booking requests for shifts to a curated set of credentialed/oriented nurses that fit the requirements for their facility. Facilities control who receives the shift bookings, and all those curated nurses can work instantly at a moment`s notice. Great value proposition for facilities who can find nurses 24/7 without a recruiter for PRN/Per Diem. Facilities can also use SnapNurse to message local and travel nurses to fill 13-week shifts as well.
Create amazing experiences, verify users at scale and automate your document-based workflow with computer vision tech built for a remote world.
Sentinel Hill Software Inc. is a West Vancouver, BC-based company in the Software and Internet sector.
Perceptive Automata is solving what is often described as the hardest of the hard problems for automated driving: human behavior prediction technology for the safe large-scale rollout of highly automated (L2/3) and autonomous (L4/5) vehicles, especially in urban areas.